CRISPR / Cas9 has received abundant coverage from science - focused media outlets. Basically, it is a convenient system for cutting DNA in
cells in a precise way.
To do that, biomedical engineers first would have to figure out how and when to deliver light to
those cells in a precise way.
Not exact matches
CRISPR — Cas9 (or CRISPR, for short) has given scientists a powerful
way to make
precise changes to DNA —
in microbes, plants, mice, dogs and even
in human
cells.
The protocol described
in the
Cell Metabolism paper is likely to help such studies, as it is the most
precise way to measure the hormone to date.
Proteins must fold into three - dimensional shapes
in precise ways to do their work within human
cells.
A study published
in the Royal Society of Chemistry's Journal of Materials Chemistry A shows that the technique produces high - quality crystalline films with
precise control over thickness across large areas, and could point the
way toward mass production methods for perovskite
cells.
«Optogenetics is very
precise and therefore a good
way to study how
cell types and oscillations can be used
in potential therapeutic prototyping,» Boyden said during a press briefing this week (December 6).